Display MoreThere are two problems with this.
- Very few people are qualified. Most of the people who replicated in the 1990s are dead. The people who knew how to make the materials are dead.
- It takes a year or two of hard work to replicate. You have to do the procedures described here, which take years: https://www.lenr-canr.org/acrobat/StormsEhowtoprodu.pdf
It has to be done manually, starting with hundreds of cathodes and winnowing them down to 2 or 3 that will work. Or winnowing them down to zero and then spending another year or two. Very few people are willing to devote this much effort to the task. I do not know anyone who has done it since the 1990s.
You could automate the work, which would speed it up, but designing and building the machines to do that would take years and millions of dollars.
The F&P approach with bulk Pd-D electrolysis does not seem likely to lead to a practical source of energy. Something like the LEC or the present systems from Takahashi or Mizuno seems more promising and easier to replicate, so that is where I put some money if I were Google. I would fund several different approaches, not just one.
I would prove the effect before wasting money on trying to make economic devices.
Gorilla Glass, used in cell phone screens, was first invented in the 60’s, but was a failure for its intended purpose, aircraft windows, because it was too heavy and too expensive to make. It had no other practical uses so it was shelved until sitting on and dropping cell phones became a thing. Nobody predicted the final main use of that glass. But they pulled the recipe and were able to make it again, and this time understood how it worked a lot better.